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1.3

95-8574

1

INSTRUCTIONS

Flame Detection / Releasing System

with X-Series Flame Detectors 

1.3

 

©

Detector Electronics Corporation 2004 

3/04 

95-8574

CAUTION

1.  The  wiring  procedures  in  this  manual  are 

intended  to  ensure  proper  functioning  of  the 
device  under  normal  conditions.    However, 
because  of  the  many  variations  in  wiring 
codes  and  regulations,  total  compliance  to 
these ordinances cannot be guaranteed.  Be 
certain that all wiring complies with applicable 
regulations  that  relate  to  the  installation  of 
electrical equipment in a hazardous area.  If in 
doubt, consult a qualified official before wiring 
the system.  

2. The  devices  in  this  system  contain 

semiconductor  devices  that  are  susceptible 
to  damage  by  electrostatic  discharge.    An 
electrostatic charge can build up on the skin 
and  discharge  when  an  object  is  touched.   
Therefore,  use  caution  when  handling  the 
device, taking care not to touch the terminals 
or  electronic  components.    Observe  normal 
precautions for handling electrostatic sensitive 
devices.

3. The fault detection circuitry does not monitor the 

operation of external response equipment or the 
external wiring to these devices.  It is important 
that these devices be checked periodically to 
ensure that they are operational.

SYSTEM DESCRIPTION

Det-Tronics Flame Detection/Releasing System (FDRS) 

combines flame detection, signal processing, relay and 

detonation output devices into a single system (Figure 

5).  In addition to the Det-Tronics flame detectors, the  

FDRS accepts inputs from devices such as heat and 

smoke  sensors,  and  manual  trip  stations.    The  FDRS 

provides  alarm  and  fault  relay  outputs,  a  detonator 

output  that  provides  high  speed  output  for  direct 

connection to a deluge valve, and extinguishing agent 

release signals for connection to a releasing panel.  The 

system includes:
X2200 UV Flame Detector with Pulse Output
X9800 IR Flame Detector with Pulse Output
X5200 UV/IR Flame Detector with Pulse Output
X3301 Multispectrum IR Flame Detector with Pulse Output
R7404 Standard Controllers  

(system capacity up to 4 controllers, up to 8 flame 

detectors per controller)

R7494 Flame Controllers (system capacity up to 4 

controllers, up to 8 flame detectors per controller)

R6006 Relay Output Module 
R1425 Detonator Module
Power Supply/Battery Charger and Battery Backup
W2400 Ground Fault Monitor Module
BFD Battery Failure Detector
NEMA Rated Enclosure 
System Drawings

The FDRS is FM approved per ANSI/NFPA-72 National 

Fire Alarm Code:

1.  Equivalent to Class B, Style A initiating device circuit 

(IDC)  when  detector  is  installed  in  single  detector 

configuration.

2.  Equivalent to Class A, Style D initiating device circuit 

(IDC)  when  detectors  are  installed  in  a  redundant 

configuration  (two  detectors  monitor  exactly  the 

same area).  The configuration continues to provide 

area coverage via the second detector in the event 

a single circuit fault disables one of the detectors/

circuits.   

Summary of Contents for Det-Tronics FDRS

Page 1: ...elay and detonation output devices into a single system Figure 5 In addition to the Det Tronics flame detectors the FDRS accepts inputs from devices such as heat and smoke sensors and manual trip stations The FDRS provides alarm and fault relay outputs a detonator output that provides high speed output for direct connection to a deluge valve and extinguishing agent release signals for connection t...

Page 2: ...hen used as a field replacement all operating features of the current controller are retained in addition to gaining the advanced features of the X Series detector In typical applications the four wire X Series detector can utilize all existing system wiring X Series Flame Detectors include the following X3301 Multispectrum IR Detector See Figure 1A X2200 UV Detector See Figure 1B X9800 IR Detecto...

Page 3: ...d provides a digital display of system status using a numerical code Other features include individual zone identification and voting capability as well as manual oi testing See Figure 2 Voting of 2 or more UV flame detectors is required for compliance to ANSI NFPA 72 to maintain ground fault monitoring integrity R7494 Controller The R7494 Controller is also used with all X Series Pulse Output Fla...

Page 4: ...T MODE 3 DIGITAL DISPLAY NORMALLY OFF TURNS ON TO INDICATE STATUS CHANGE AND RELAY AFFECTED 4 AMBER SYSTEM FAULT LED NORMALLY OFF ON TO INDICATE SYSTEM FAULT 5 GREEN POWER LED NORMALLY ON WHEN UNIT IS POWERED 6 RED FIRE RELAY LEDS NORMALLY OFF RELAY UN ENERGIZED BLINK WHEN RELAY ENERGIZED ON STEADY WHEN RELAY DE ENERGIZED 7 AMBER FAULT RELAY LED NORMALLY OFF RELAY ENERGIZED BLINKS WHEN RELAY DE EN...

Page 5: ...ack of the BFD Mounting Rack The R7404 R7494 R6006 and R1425 Modules fit into a mounting rack which is located within the system enclosure Two mounting rack types are available Q4004 Universal Mounting Cage standard rack holds all system modules up to six Q1020 Wall Mount Metal Enclosure standard rack inside IP55 rated enclosure provides added protection System Enclosure An enclosure is provided t...

Page 6: ...in the field Installation of the Flame Detection Releasing System involves 1 Mounting the enclosure that contains the prewired system mounting dimensions are included in the System Drawings Enclosure Mechanical Layout sheet 2 Installing and wiring the detector system wiring details are included in the System Drawings Detector Field Wiring sheet Refer to the appropriate Instruction Manual for detai...

Page 7: ...l Solenoid Load Valve Coil Total Signaling Load Total Alarm Current for System in Amperes Table 3 Alarm Current Requirements at 24 vdc Device Type No of Devices x Standby Current Total Current for Device Type X2200 x 0 104 X9800 x 0 087 X5200 x 0 116 X3301 x 0 167 R7404A B x 0 062 R7494 x 0 063 R6006 x 0 104 R1425 x 0 104 W2400 x 0 015 BFD x 0 160 Resistor Network Load x 0 012 Heat Sensor x Manual...

Page 8: ... R1425 Removal Replacement The R7404 R7494 R6006 and R1425 are not designed to be repaired in the field however field replacement can be accomplished by following the instructions below If a problem should develop first carefully check for proper wiring and switch settings If it is determined that the problem is caused by a defect in the module the device must be returned to the factory for repair...

Page 9: ... can be assigned A written statement describing the malfunction must accompany the returned device or component to expedite finding the cause of the failure thereby reducing the time and cost of the repair Pack the controller circuit boards using sufficient packing material in addition to an anti static bag or aluminum backed cardboard as protection from antistatic discharge Return all equipment t...

Page 10: ...NG DATE DATE ANGLE 1 0 0 0 00 0 00 0 000 01 005 CHECKED DRAWN REV DATE DATE ECO NO TOLERANCES ARE DESCRIPTION DETECTOR ELECTRONICS CORP 0 5 SIZE SCALE DRAWING NO MINNEAPOLIS MINNESOTA 55438 0 25 0 13 REV APPROVED DATE BATTERY FAILURE DETR CLARIFY 6458 C X9800 IR FLAME DETECTOR 007399 001 OR FAILURE RELAY BATTERY FAILURE DETECTOR ANSI NFPA 72 1999 CL 1 5 8 X2200 UV FLAME DETECTOR BFD 3 3 4 4 3 MODE...

Page 11: ...9 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 J2 J1 CONTROLLER INPUT MATRIX INPUT VOLTAGE TO DETONA TOR VOLTAGE TO DETONA TOR CONTROLLER INPUT MATRIX INPUT VOLTAGE TO DETONA TOR VOLTAGE TO DETONA TOR 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 6...

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